The phrase "analyzed substrates" is correct and usable in written English.
It can be used in scientific or technical contexts where you are referring to materials or compounds that have been examined or studied.
Example: "The results of the experiment were based on the properties of the analyzed substrates, which showed significant variations."
Alternatives: "examined substrates" or "studied substrates".
Each utilized materials (natural stone, adhesive, FRP sheets) was firstly exposed to the same thermo-hygrometric atmosphere; a relevant decay of mechanical properties has been found for the analyzed substrates (Lecce stone and Neapolitan tuff) while a negligible influence of the exposure has been observed for the composite reinforcements (CFRP and GFRP).
The created biosensor based on mAOX (from the strain CA2) was characterised by a decreased affinity towards analyzed substrates and slightly increased Vmax.
Thus, the constructed amperometric biosensor based on mAOX (CA2) was characterised by decreased affinity towards analyzed substrates without altered operational stability of the sensor.
Thus, the time-dependent profiles of LDH activity revealed no significant differences between the three analyzed substrates at any point in time.
As shown in Figure 6(b), the number of viable metabolically active osteoblasts on the analyzed substrates equally increased from the first to the fifth day of culture.
Here, we report on enzyme activity with a set of newly analyzed substrates for a group of sequence-related bacterial β-etherases that are glutathione- S-transferase (GST) superfamily member enzymes, each of which catalyzes cleavage of β-ether bonds that are characteristically found in lignin polymers.
Considering that the biogas production rate was the technical parameter that displayed the most relevant differences between the analyzed substrate options (0.99 1.45 m3 biogas m3 d−1).
Accordingly, the humidity of the analyzed substrate samples possess relatively higher mean value, i.e. 74.80 %, which could be attributed to high moisture content of the analyzed substratum (wheat straw).
To determine how Mstn deletion causes reduced adiposity and resistance to obesity, we analyzed substrate utilization and insulin sensitivity in Mstn−/− mice fed a standard chow.
Our results concerning wheat starch indigestibility by the α-amylase from S. oryzae could be probably attributed to the presence of the inhibitors in the analyzed substrate.
We overexpressed the protein in E. coli and analyzed substrate specificity, pH dependence of steady state kinetic parameters, and ligand-induced spectral transitions of the protein.
